Strongly reducing and preventing heart disease, cardiovascular disease and cancer, improve immunization and create nonscarring surgeries like cosmetic surgery, use metamaterial lasers of 14-44 nanometers diameter that are nanosecond, picosecond, or
briefer in length. Use very high power so a 18 cm hole can be drilled in the human body, because the hole is 20-200 times smaller than the diameter of a cell most of the outer cytomembrane would just rearrange and spread out where the hole was in perhaps
100 nanoseconds and live, that means with a picosecond laser there 900K picosecond to do things at 18 cm depth. One thing you can do is have lasers percussing foil coated with biomolecules in line with the hole, laser percuss the foil and fling them to
be absorbed at the hole base, it's possible that flinging antigens through laser holes that traverse bone the antigens all reach immunostimulageable yellow bone marrow, causing an antibody response, I do not know if it is sufficient but if it takes 1/10
of a nanosecond to 1 nanosecond to switch spots and drill a new hole then 1-10 billion holes are drilled and about 1/2 a cm deep coating of antigens that are laser percussed down the hole. The same thing is used to treat atherosclerosis, if there is a
blob of cholesterol adhering with foam cells on an artery, just use ultrasound to find it, drill a billion 14-44 nm holes, and then laser percuss apoptosis peptides and rnas so that the foam cells terminate in place, another possibility is to laser
percuss cytodedifferentiation factors down the hole to cause the foam cells to turn into harmless stem cells, to treat and prevent cancer is very similar as laser percussing apoptosis RNA and peptides causes the cancer cells to terminate, scan to find
what software/AI thinks are precancerous anomolies then drill and treat them before they are big and risky

Better ion exchange resins, hardening cosslinked polystyrene or acrylic in standing microsonic waves causes silicone mold like squiggle/dip/feature size, also pdms siloxane can duplicate (2021)10 nanometer feature sizes, so even squishing ion exchange
resin against a template and then pastry refolding and ductile drawing again and again so the embossments multiply such as 2^32 5 billion embossments, if the pulls, embossments, and draws get a layer or light coating of a sublimator like fluorohexene or
camphor then there is a lot of lumen and passage space in the 5 billion layers when the sublimator vaporizers for fluid such as seawater to flow through rapidly, one reason to microemboss and refold is surface activity area. Another thing to do would be
to take a wide circumference dowel of embossed hyperlaminate is to ductily draw it thin until it is 40 times thinner and the 10nmfeatures reach 250 Pico meter size, this size may or may not cause more metal glomming. Once made, the emphasis on high
affordability koosh ball, polylifesaver, or bead shaped ion exchange resins are exposed to seawater. Rapid flow of water makes getting elements from seawater much cheaper, if Pd, Au, Ru, Pt, Os are the published 4-11 parts per billion in particularly
element rich seawater then 100 million liters contains 1kg of metal. If 1000 kg, a metric ton of 30¢/kg alibaba ion exchange resin is used, and either top of water column, base of water column automatic siphon seawater movement is used, or if a 2 meter
deep, 160 meter long and 34 meter wide million kilograms of water tidal pond with ion exchange resin beds at the inflow tubes and outflow tubes, noting 2 high and 2 low tides a day, and minimal bulldozer and pond liner construction cost, or another
technology, making the ion exchange resin beads be magnetically grabbable, and just spreading them on the very near, water covered, shore tidally effected near shore area, magnetically fishing them out of the water, and processing the elements gives the
opportunity of simply dumping or spreading several simultaneous metric tons of ion exchange resin forms across a 700 meter per side 490k square meter area. Aquatic drones or simply a magnet and pump vacuum on a small boat would pull the ion exchange
resin forms out of the littoral surface and water. Dumping then vacuuming up is very cheap but requires the ion exchange resin forms be ecologically mild or even nutritious. It could be possible to make an ion exchange resin out of biodegradable
published variant of polymethacrylate that can be tuned to last 14 days to two centuries. if ocean littoral tide slope is used to move water without pumps, and a volume of a million liters, or 1000 liters for each kilogram of ion exchange resin per 24
hours at 40 liters an hour occurs, then each 100 days one or more kilograms of high value metal is produced, hyperlaminar silicone embossed ion exchange resins could be avid accumulators of Pd, Pt, Au, Ir, Ru, Os simultaneously, changing the valued
metals to be 20-58 parts per billion, and taking just 20 days to gather a kilogram, with element gathering from seawater, the $ value of these metals could be 11 times the expenditure getting the elements and be $300-900 per kilogram, that is
approximately 72-218 times cheaper for some of these metals than during the 2011-2019Ad period. Even at that cheapness the element gathering company is earning 900-1100% on their sea element gathering activity, then as elements from the sea become
multivendor and experience fungible valuation the valuation goes to just 200% markup, or 60-180/kg for the Ru, Au, Pt, Ir, Ru, Os elements. This uses a single use instance of the ion exchange resin, if the ion exchange resin can be used 11 times with
regeneration then the cheapest scatter it in the near tidal region and magnetically vacuum it up approach makes the gathered metals 4-11 times more affordable and about $14-40 per kilogram. While being thrifty there are some known and new technologies
that can improve the ion exchange resin forms, as a form, several sides of feet or a sparse koosh ball cause water to circulate under the form when it lays on the water covered near shore floor, the center of the koosh ball could be an annulus or
asterisk made of lifesavers, noting the efficiency and specificity heightened ion exchange resin form is lamellar with 2^32 refolds of the patterns Pdms Ssilicone embossers can make, the possible but implausible pdms impression opportunity is using a
pattern making atomic force microscope to draw/sculpt Pd, Os, Pt, Ru, Au, Ir single atoms three ways, halfway out of a dip-crevice, level with the surface, and elevated above the surface on a circle, then this would be made into a pdms stamp, and used on
the ion resin polymer before ductile refolding. Piezo ion exchange resin beads get some e- effects from tidal water causing near shore particle movement

another and noting that it is published that antibody impressions in silicone that then emboss positive forms might or might function as antigensgap on the beadpickup layer and electret migration layer causes fresh availability of ion exchange
locationsrequires drone rainbow spray n vacuum

Wikipedia notes a kind of ocean dwelling bacteria SAR11 that is 25% of biomass on Earth, genetically modifying this bacteria to make epigenetic material like peptides that causes longer lifespan, greater happiness, and greater sex drive, sexual pleasure,
and occurrences of sexual intercourse per day is beneficial. New versions of the bacteria outcompete previous versions by modifying the sufur requirement, having more nitrogen transport features, and being bred for double or quadruple faster population
doubling time. The epigenetic modifier peptides could be enzymatically dividable divisions of a larger surface protein that touches saliva, making peptides in the mouth, as well as versions of the dividable protein into epigenetic peptides at the small
intestine, the bacterium would also produce the various peptides individually in the cytoplasm

Small greenhouse warmer and carbon dioxide enhancement environment, at alibaba there is a $50 oxygen concentrator that uses zeolite, noting carbon dioxide's higher charge anisotropy I think a $20-50 carbon dioxide from atmosphere concentrator is possible
and even motor less using piezoelectric sonic transducers to move gas quietly, the concentration of co2 at small greenhouses and aquariums could be quadrupled or raised to the amounts that plants grow best at. Another use for a $7-20 piezoelectric ally
vibrated zeolite carbon dioxide concentrator is as a mosquito bait attractant that reduces malaria transmission and harmless bites, a deliquescent coating with co2 underneath it and mosquito attractive color and electrically powered warmth, combined with
the chemicals that I perceive exist that made some 20th century people much more attractive to mosquitos could make a mosquito bait 2-16 times as attractive as human body surface, also there could be benefits to a piezoelectric quiet motorless fan that
emits the carbon dioxide attractant with laminar flow, reminiscent of Dyson blade less fan, the laminar flow causes the co2 attractant to traverse the entire room, while being laminar provides a kind of easy to follow increasing co2 path or lane to the
mosquito. Previously described at notes is a peptide drug such as an opiate peptide drug or RNA drug that gets absorbed through mosquito feet causing the mosquitos to fall asleep or have torpor such that they omit eating and their lives last until they
run out of body reserves of food, another mild way to neutralize mosquitos is to make the bait have a mosquito food that is filling and delicious, but is absent the amino acids female mosquitos utilize to lay hatchable eggs, this could be combined with
mosquito contraceptives to preserve full lifetime but preclude reproduction. Male mosquitos and possibly prereproductive female mosquitos live off plant nectar. It is likely this plant nectar contains bacteria, and those bacteria could be genetically
engineered to make contraceptive RNA, peptides and proteins that effect both female and male mosquitos, if the bacteria also produce peptides that successfully tell the female she has eaten a protein meal without actually eating one then she omits
seeking a protein meal out and omits mammal seeking behaviors and omits biting, one thing the bacteria at the nectar could produce are mosquito epigenetic modifiers that reduce fertility and cause contraception.

It is my perception that it is possible to get 1100 small squares of paper out of a 1/4¢ sheet of paper and very cheaply print the paper with yeast food (starch is 45$/ton), yeast spores, some cysteine to make the yeast hyperproduce co2, color and scent
attractant to mosquitos, a deliquescent like nap a as well as mosquito contraceptives for 1¢ per sheet of treated printed paper, each $10 spent on this paper would create over a million pieces of biodegradable confetti, each with a co2 attractant, to
sterilize mosquitos, drones could sprinkle the confetti on anything considered mosquito habitat within the zone of travel of mosquitos, near any human construction, (say mosquitos usually only ever fly 2000 feet from their hatching space, so you only put
out mosquito bait confetti at a 2200 foot radius of any human habitation, saving expense) the paper could even be a transparent green starch gel to visually blend in. Notably it might be much cheaper than 1/4¢ per sheet at alibaba. Com kraft grocery bag
paper is 950/metric ton, and if a sheet of paper has a mass of 5 grams that is 200 sheets for 95¢ before printing.

nitrous oxide room at rave, fun park, or party venue, 20$ mosquito bait

I think there are already many papers about Replacing spark plugs with plural, and grating based massively plural laser beams, something new though might be having lasers on both the engine bulk cylinder head and the top flat area of the piston, the
purpose is that the two sides can Shockwave with laser pulses all of the dirt gunk and glaze so it comes right off, the two opposing laser diodes clean, do this with multiple laser diodes and there will always be some extra clean ones


Making mining orders of magnitude cheaper makes gathering the elements and minerals people value an order of magnitude cheaper. Some new to me technologies are biofilm disruption, where the bacteria are bred or rna/peptide drugged to turn quorum sensing
genes off, facilitating loose numerous bacteria, magnetic treatment of ore fluid bacteria, noting running wastewater through/at a magnet causes double digit increases in effectiveness, they could also breed the bacteria to have the greatest response to a
magnetic field, mining with electroactive bacteria or engineered yeast, and, to repeadetdly micro slice or chunks for greatest surface area, Making the world's cheapest photovoltaic water jet cutter. Photovoltaic are less than 14¢/watt at alibaba. Com,
so 300W is just $42, attached to a $20 water pump and $18 water jet cutter aperture/tube, so for just $90 (or double that for robustness) the rocks in a mineral ore leach heap can be sliced ten times smaller.

Thinking of a fluid that always moves with turbulent flow, one use of such a fluid is ore heap leaching, boiler fluid like power plants, and highly reactive droplets and fogs like from fuel injectors, some possibilities are that the fluid contains
suspended nano particles with a curved bluff shape like a parenthesis dish, with zig zags on the edges and a blob in the dish so the center of mass center of gravity of the dish is at a right angle of the dish. This might look kind of like a thing called
a dalcon shield, two varieties could be produced, one with positive electret character, one with negative electret character such that when the fluid was traveling past almost any surface, it would momentarily attach and detach from the surface,
hyperflixible most deposited protein from plasma, vibrio fischerri emits blue light, heap leaching organisms that emit light, possibly with on bacteria thicker parts that lens and concentrate the light, could energize heap leachate fluids right at the
mineral surface, yeast that do mitochondrial uncoupling that are also extremeophile yeast can warm heap leachate fluid possibly more than 60°F, creating 64 times more active enzymes from the doubling of enzyme activity with each 10° C, the yeast
utilize an energy source, either from the genes of bacteria that eat electricity, and local to the leach heap photovoltaics, or simply a gradual diffusion chunk of nutrient medium. Starch is $45/ton ands hfcs $300/metric ton online. If ten metric tons of
starch or hfcs feeds 3 metric tons of extremeophile yeast which accumulates aptamer peptides that glom metals, including heavy metals of value, with a 1/10th of 1 Part per hundred metals at mass of yeast produces 3 kg of concentrated valued heavy metals
per $45-300 yeast feeding occurrence. Also, along with heap leachates metal concentrating yeast and metals can be injected into laser drilled, micro disintegrated surrounding volume tube wells, previously described, to gather metal. To minimize human
effort, flying drones carryinging starch or hfcs could visit area spanning separate mini-mines that do heap leaching without roads, carrying at 10kg of food per trip, a trip every 29 minutes, 49 trips/24 hours 16000 kg of yeast food per $499 industrial
drone, and supporting the gathering of about 16 kg of highly valued metal. Yeast would in 2021 ad gather about 2 ounces of gold per 40 tons of ore dust, with as much as 98 ounces of silver with it, similar numbers are lekely for Pt, Ru, Pd, Os.

A highly beneficial mining yeast or bacteria would fizz like pop rocks on the minerals surface, facilitating diffusion of mining rock dissolving fluids. Some rock dissolving fluids, bacteria produce now are nitric and sulphuric acids and therefore yeast
can be engineered to make these as well, noting that bacteria produce nitric acid, I think it is possible for bacteria or yeast to make nonsoluble nitrogen explosives like nitrogen trichloride, polynitrophospholipids, polynitrocarotenes that
automatically detonate after reaching the size most likely to open space fracture ore to a 300 micrometer/24 hour explosive, that would microfracture to have open fluid passages traversing and comminuting about 10 cm of rock annually, which is to my
perception a large ore rock. Two different species of yeast or bacteria could also stir the leachate or in situ fluid by making bubbles of co2, h2, o2, it is possible electric bacteria or yeast, could, co2 bubbles at yeast water are related to metabolic
velocityfizz from ingredient recombination in the flukdone possibility for this fizzing action is the organism producing nitric acid then reacting it with polymers and C=c unsaturated molecules, on the human side, it is possible that a drone visiting
once every 11 hours could have a sonic transducer on a boom, and piezo sonically agitate the heap leachate pond or at roadless heap leachate ponds with a photovoltaic the ultrasonic transducer could be right in the pond vibrating at frequencies that
encourage mixing, and possibly vibrating at a frequency that decreases fluid freshness effecting biofilms

When I got a filling they drilled to reach a fresh tooth surface then filled and made a shape with a polymer, it seems like that at a different filling detached at the tooth polymer interface. Something as easy looking as a cotton swab could have a
piezoelectric vibrator on it, and just be placed on the completed filled tooth, before the uv hardening light to hypermix and superadhere the tooth and filling interface. With dental robots the placement of rebar between actual tooth and filling material
is automatic and obviates human dentist skills. The tooth rebar could be magnetically decreasing of bacterial growth, and the dental robot could use lasers for both drilling, and causing any filling and tooth interface outer edge to swell, beneficially
making the fissure between them kind of caulk beaded, I think laser peenanable for greater strength dental polymers can be engineered, these among many many uses (including consumer packaging 3-7 times less volume of polymer to make a strong display
package, a cardboard coating, and dwelling building materials, paint powders)

If laser preening of diamonds, amorphous fullerene glass, silicon carbide, and silicon nitride cause 30% to 3 to 7 times durability increase with hardness increase then many tools could last much longer, notably diamond bit petrochemical drills, CNC
machines, stamped metal stamping forms, extrusion forms, wireutters, semiconductor wafer saws, metal form making cookie cutter blades, the nozzles of water jet cutters would last longer, paper object like packaging form cutters, dwelling and commercial
construction tools, depthy, frequency, just before radiation emission range or above it, microshaped beams that always traverse at least three crystals, beams with a diameter smaller than the smallest crystal at an alloy, make grating then peen, moke
mushroom top column then peen, preening after a chemical or electrochemical bath that pulls off the loose stuff, preening through a cheap transparent coating, where the coating then reflects back emitted preening force onto the metal surface, producing
something like a shaped charge effect, silica gel could be such a cheap preening retro reflector reflector and be washable, at a new kind of laser preening, while the laser is zapping the surface pressure waves are produced and doing laser interferometry
with another laser tells when the surface pressure waves are most damped, that is when the materials has been made its stiffest and most durable, similarly, laser and computer camera viewing of the rate of atmospheric gas absorption, or ozone, and
desorption describes the amount of laser preening that is most resistant to chemical degradation chiral light, polarized light
Laser peening, or softening at half a cm to a cm depth with laserfoil it is also possible x ray leds or sticky tape smd light emitters could do cm depth peening or fluffing

Metamaterials can make 14-44 nanometer diameter light beams, peening with these can cause new effects from peening atoms in groups of just hundreds or thousands

The opposite of laser preening, laser fluffing could make metals and catalyst coatings their softest and most chemically reactive, possible ways are bulgy grid, narrow angle of incidence, laserfoil first radiation etching, nano liquefaction of metal
surface and multiple minutes of gently kep warm laser annealing

MRNA ejaculation or just prior to ejaculation fusion gene makes tail nestling peptides of 4 types, one blocks nerve receptor proteins at the genitals, and has lots of enzyme degradation spots so it lasts 16 minutes, and another peptide potentiates
genital nerve receptor proteins switching them to be hyper receptive, that peptide has a durability of 480 minutes, the third peptide is a tail nestling peptide drug that localize to the nucleus accumbens pleasure center, and the 4th peptide downregulate
delta fosb for 48 hours, this causes what was called the sexual refractory period to be replaced with 16 minutes of intense nucleus accumbens pleasure, without habitation, followed by genital nerve pleasure potentiated to be 4-8 times higher, combined
with previously described technology this causes the penis, clitoris, and vaginal canal to remain engorged with blood after orgasm

Based on the way teens and people in their 20's used the public sculpture garden as a playground and based on the way elementary school students use playgrounds I think teens could use a playground with activity forms at their body size. Also noting that
stainless steel ingot is 46¢ per kilogram it is beneficial to make multimillenia durable playground equipment that lasts much longer than Fe or some plastics at multimillenial stainless steel, ceramic, tempered glass or multimillenial polymer (pvdf,
fluoroPedot, white or buff colored fullerenes, including fluorofullerenes, variations on ptfe like ptfm, ptfp (methyl and propyl replace ethylene), the stainless steel could be laser grating etched to be brightly iridescent, with image glyphs showing
people with smiles using the playground equipment and the other materials could be made to emit light from quantum dots that convert ir and uv to visible roygbiv, quantum dots can also be used to make the playground equipment sapphire blue, blue sky blue,
rgb 255 blue, very light green pastel, light green spring leaf green, what could be called money green, and white. Among the possibilities for teen playground equipment are also playground floor material like multimillenial durability silicone nitrogen
bubble foams, or, if the krypton doesn't diffuse out, krypton foam padding, noting teenagers are likely to have sex at playgrounds long tables, stainless steel nautilus like exercise equipment where any elastic material is replaced with stainless steel
leaf springs, the exercise equipment is also surface etched for greatest adhering, including apertures, sputtering applied powder coating of ceramic or noting highest dielectric materials might be least warmth conductive, ultra high durability dielectric
sputtered on the surface so the stainless steel exercise equipment is thermally pleasant to touch, custom water at music traveling next to water effect, standing and oscillating waves, lounge able as swimming, sociable pool as well, everything, as with
all things on 3D video, audio, and hyperspectral imaging, with everything in focus, such as lytro camera, test 300 teenager playgrounds to find greatest happiness causing and highest light triad behaviors, words, and photonic at a distance, Wikipedia
ghost imaging brain scan data, digital thermography data, as well as body language both body and face observation to find the 4 most optimal teenager playgrounds, then use these as templates or standard models for teenager playgrounds worldwide. Also
along with multimillenial playground durability could be playground refills, such as placing 28 hackey sacks and 9 frisbees at the playground each 7 days, with the phrase Take me with you and share the fun printed at a detachable tag or sticker on the
hackey sack, Frisbee, sidewalk chalk, or other teenager playground refillable like 19¢ electronic toy (laser pointers are 19¢ at alibaba) like a flirty compatibility tester like a laser pointer with a retro reflective or Wikipedia ghost imaging light
sensor that simply measures brain area at specific locations simultaneous with glucose utilization, co2 generation or published measureables of photonic brain scanning, the 19¢ laser pointer with the 1-4¢ light sensor imager and 1-2¢ microprocessor
and memory chip and, advantageously a 3¢ iot and phone connection radio, is 24-28¢ and the teenager playground can be refilled with 22 of these each 7 days, it also has a removable sticker that says Take me with you, take me to school, take me to a
party, each compatibility matcher can process over 11k brain scans based on 1/28 of a second and 2021 batteries or better, to image a brain by holding it up to your forehead the iot version has the highly beneficial effect of creating a public database
of every user, the option of being contacted for parties, get togethers, visit the park occurrences, dates, sexual encounters, sort of teen mentorship occurences with other authentically brain scan compatible teens. One easy to appreciate way to fund the
teenager park refillable is at the funds utilized to build the park, set aside some funds as a teenager park investment, such as index funds, trust fund. At $8/week for all the refillables described $420 annually, withdrawn as 4‰ of the entire trust
fund of $11K. Philanthropists and adult people that have fond memories of teenager playgrounds, reachable at 1/10-3% (Wikipedia gets 3% of users to donate) of the population is 100-3000 appreciation donors per 100k population. At 4/5ths of 1% donating
800 donors at $27 each makes $22K, double the 11K amount to fully fund the teenager playground refillable trust fund in a single donation cycle. To minimize risk of the funds growing so large they attracted well intentioned revenue sharing, the amount of
initial funding of each teenager playground trust fund would be definitionally 33K (three times the amount that funds refills) or less, and any donations above that would be refunded with the internet like PayPal. The refund would come with a note that
says Super superb! Enjoy your refund, if you like click here to forward your donation to a teenager playground in a different location, here in the US, or globally.

Generator and motor technologies

Sexual pleasure vibrators technology, I favor new sexual pleasure vibrators be created using piezoelectric and piezo motor technology. It is possible to redesign the 35¢ 12000 rpm motor at alibaba to turn at 28K rpm, so it only makes noise outside the
range of human hearing, if you think of an insertion with clitoral stimulation vibrator like the rabbit vibrator or a multi inch wand vibrator, the off center thumping element on the vibrator motor could have a solid or hollow and resonant boom/beam
extending from the thumper to the pleasure contact surface such as the little ears of the rabbit or the round sphere distal at a wand sexual pleasure vibrator so they vibrate and feel good, a plurality of booms/beams could bring vibration to different
base, 2 at middle, 1 at tip areas of an insertive vibrator that pleasure the anterior a spot, back area o-spot, and can do a piezoelectric thing, pulsing traveling waves and moving wavefronts that surf through the vagina, depending on how you set it the
traveling wavefront can travel in with each inthrust, but at 1.5-3 times faster travel providing the woman or girl with a sensation of the vibrator or the inthrust being 1.5 to three times as fast, she could also opt for a standing wave of vibration on
her anterior pleasure spot no matter how fast she or her partner was moving the vibrator in and out it would always feel good, another mode of the traveling wave vibrator is that during repeated in and out, on the pull cycle the vibrator would actually
make an into vagina traveling wave faster than the pull out velocity, so when she pulls it out it feels like something is pleasurably entering her. Noting 28000RPM motor vibrator can just be the 12000rpm vibrator motor overdriven with 2.4 times higher
voltage from a voltage doubling diode circuit (1-2¢), and the motor can be re-engineered for durability so it tolerates higher rpms with things like double thick wire insulation, two solder posts for every connection, pfte white grease saturating the
winding, higher magnetism than ferrite parts 1¢, 1-2¢. microcontroller soft start. At some other electromagnet motors, an amorphous nanocrystalline material 3¢ could be used instead of ferrite
At the thumper part it reminds me of a bell, and a bell can be engineered to make preferred tones, preferred Ding Dong length, and other attributes, engineering the thumper to make only tones above 24k and the booms//beams to create beat frequencies from
that which give the woman or girl the most pleasure.

if the vibrator was 1/2 size motor and windings, double current provides full torque

Clitfinger cockring

Laser precedes or is at core of automated drone 1 pass one coat painting machines, the laser etches the surface being painted to have aperture containing vertical standing loops and annuluses such that the paint actually passes through and solidifies
within 3D anchoring passageways in the painted surface, this causes resistance to flaking off, peeling, layer separation peeling,

Laser preening could be applied to ultracapacitor plate material or film, I perceive I read metamaterial smoothness, bulk relaxation effects increase regularity, another way to do it is to use silicone embossing (germanium replaces some si atoms to make
a stronger mold) to emboss any of micro undulations that double or quadruple surface area, increasing capacitance, hypersmooth embossing that makes it so the plates can be placed 2,4,8,16 times nearer to each other to increase energy storage, also,
having a single layer of fluoridated lacey doily graphene as the entire space and spacer between the plates, at an ultracapacitor a fill gas stands between the plates, even at doily graphene, using xenon gas as that fill gas, lasers illuminating
ultracapacitor, opposite of photoelectric effect, the photocalming effect, lasers on DC ultracapacitor that pulse could make pulsed DC at trillions, quadrillion, petillions of pulses per second, which could direct drive terahz to petahz clock speeds at
computers like indium phosphide and faster transistor computers.


[continued in next message]

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* Origin: fsxNet Usenet Gateway (21:1/5)

Strongly reducing and preventing heart disease, cardiovascular disease and cancer, improve immunization and create nonscarring surgeries like cosmetic surgery, use metamaterial lasers of 14-44 nanometers diameter that are nanosecond, picosecond, or
briefer in length. Use very high power so a 18 cm hole can be drilled in the human body, because the hole is 20-200 times smaller than the diameter of a cell most of the outer cytomembrane would just rearrange and spread out where the hole was in perhaps
100 nanoseconds and live, that means with a picosecond laser there 900K picosecond to do things at 18 cm depth. One thing you can do is have lasers percussing foil coated with biomolecules in line with the hole, laser percuss the foil and fling them to
be absorbed at the hole base, it's possible that flinging antigens through laser holes that traverse bone the antigens all reach immunostimulageable yellow bone marrow, causing an antibody response, I do not know if it is sufficient but if it takes 1/10
of a nanosecond to 1 nanosecond to switch spots and drill a new hole then 1-10 billion holes are drilled and about 1/2 a cm deep coating of antigens that are laser percussed down the hole. The same thing is used to treat atherosclerosis, if there is a
blob of cholesterol adhering with foam cells on an artery, just use ultrasound to find it, drill a billion 14-44 nm holes, and then laser percuss apoptosis peptides and rnas so that the foam cells terminate in place, another possibility is to laser
percuss cytodedifferentiation factors down the hole to cause the foam cells to turn into harmless stem cells, to treat and prevent cancer is very similar as laser percussing apoptosis RNA and peptides causes the cancer cells to terminate, scan to find
what software/AI thinks are precancerous anomolies then drill and treat them before they are big and risky

Better ion exchange resins, hardening cosslinked polystyrene or acrylic in standing microsonic waves causes silicone mold like squiggle/dip/feature size, also pdms siloxane can duplicate (2021)10 nanometer feature sizes, so even squishing ion exchange
resin against a template and then pastry refolding and ductile drawing again and again so the embossments multiply such as 2^32 5 billion embossments, if the pulls, embossments, and draws get a layer or light coating of a sublimator like fluorohexene or
camphor then there is a lot of lumen and passage space in the 5 billion layers when the sublimator vaporizers for fluid such as seawater to flow through rapidly, one reason to microemboss and refold is surface activity area. Another thing to do would be
to take a wide circumference dowel of embossed hyperlaminate is to ductily draw it thin until it is 40 times thinner and the 10nmfeatures reach 250 Pico meter size, this size may or may not cause more metal glomming. Once made, the emphasis on high
affordability koosh ball, polylifesaver, or bead shaped ion exchange resins are exposed to seawater. Rapid flow of water makes getting elements from seawater much cheaper, if Pd, Au, Ru, Pt, Os are the published 4-11 parts per billion in particularly
element rich seawater then 100 million liters contains 1kg of metal. If 1000 kg, a metric ton of 30¢/kg alibaba ion exchange resin is used, and either top of water column, base of water column automatic siphon seawater movement is used, or if a 2 meter
deep, 160 meter long and 34 meter wide million kilograms of water tidal pond with ion exchange resin beds at the inflow tubes and outflow tubes, noting 2 high and 2 low tides a day, and minimal bulldozer and pond liner construction cost, or another
technology, making the ion exchange resin beads be magnetically grabbable, and just spreading them on the very near, water covered, shore tidally effected near shore area, magnetically fishing them out of the water, and processing the elements gives the
opportunity of simply dumping or spreading several simultaneous metric tons of ion exchange resin forms across a 700 meter per side 490k square meter area. Aquatic drones or simply a magnet and pump vacuum on a small boat would pull the ion exchange
resin forms out of the littoral surface and water. Dumping then vacuuming up is very cheap but requires the ion exchange resin forms be ecologically mild or even nutritious. It could be possible to make an ion exchange resin out of biodegradable
published variant of polymethacrylate that can be tuned to last 14 days to two centuries. if ocean littoral tide slope is used to move water without pumps, and a volume of a million liters, or 1000 liters for each kilogram of ion exchange resin per 24
hours at 40 liters an hour occurs, then each 100 days one or more kilograms of high value metal is produced, hyperlaminar silicone embossed ion exchange resins could be avid accumulators of Pd, Pt, Au, Ir, Ru, Os simultaneously, changing the valued
metals to be 20-58 parts per billion, and taking just 20 days to gather a kilogram, with element gathering from seawater, the $ value of these metals could be 11 times the expenditure getting the elements and be $300-900 per kilogram, that is
approximately 72-218 times cheaper for some of these metals than during the 2011-2019Ad period. Even at that cheapness the element gathering company is earning 900-1100% on their sea element gathering activity, then as elements from the sea become
multivendor and experience fungible valuation the valuation goes to just 200% markup, or 60-180/kg for the Ru, Au, Pt, Ir, Ru, Os elements. This uses a single use instance of the ion exchange resin, if the ion exchange resin can be used 11 times with
regeneration then the cheapest scatter it in the near tidal region and magnetically vacuum it up approach makes the gathered metals 4-11 times more affordable and about $14-40 per kilogram. While being thrifty there are some known and new technologies
that can improve the ion exchange resin forms, as a form, several sides of feet or a sparse koosh ball cause water to circulate under the form when it lays on the water covered near shore floor, the center of the koosh ball could be an annulus or
asterisk made of lifesavers, noting the efficiency and specificity heightened ion exchange resin form is lamellar with 2^32 refolds of the patterns Pdms Ssilicone embossers can make, the possible but implausible pdms impression opportunity is using a
pattern making atomic force microscope to draw/sculpt Pd, Os, Pt, Ru, Au, Ir single atoms three ways, halfway out of a dip-crevice, level with the surface, and elevated above the surface on a circle, then this would be made into a pdms stamp, and used on
the ion resin polymer before ductile refolding. Piezo ion exchange resin beads get some e- effects from tidal water causing near shore particle movement

another and noting that it is published that antibody impressions in silicone that then emboss positive forms might or might function as antigensgap on the beadpickup layer and electret migration layer causes fresh availability of ion exchange
locationsrequires drone rainbow spray n vacuum

Wikipedia notes a kind of ocean dwelling bacteria SAR11 that is 25% of biomass on Earth, genetically modifying this bacteria to make epigenetic material like peptides that causes longer lifespan, greater happiness, and greater sex drive, sexual pleasure,
and occurrences of sexual intercourse per day is beneficial. New versions of the bacteria outcompete previous versions by modifying the sufur requirement, having more nitrogen transport features, and being bred for double or quadruple faster population
doubling time. The epigenetic modifier peptides could be enzymatically dividable divisions of a larger surface protein that touches saliva, making peptides in the mouth, as well as versions of the dividable protein into epigenetic peptides at the small
intestine, the bacterium would also produce the various peptides individually in the cytoplasm

Small greenhouse warmer and carbon dioxide enhancement environment, at alibaba there is a $50 oxygen concentrator that uses zeolite, noting carbon dioxide's higher charge anisotropy I think a $20-50 carbon dioxide from atmosphere concentrator is possible
and even motor less using piezoelectric sonic transducers to move gas quietly, the concentration of co2 at small greenhouses and aquariums could be quadrupled or raised to the amounts that plants grow best at. Another use for a $7-20 piezoelectric ally
vibrated zeolite carbon dioxide concentrator is as a mosquito bait attractant that reduces malaria transmission and harmless bites, a deliquescent coating with co2 underneath it and mosquito attractive color and electrically powered warmth, combined with
the chemicals that I perceive exist that made some 20th century people much more attractive to mosquitos could make a mosquito bait 2-16 times as attractive as human body surface, also there could be benefits to a piezoelectric quiet motorless fan that
emits the carbon dioxide attractant with laminar flow, reminiscent of Dyson blade less fan, the laminar flow causes the co2 attractant to traverse the entire room, while being laminar provides a kind of easy to follow increasing co2 path or lane to the
mosquito. Previously described at notes is a peptide drug such as an opiate peptide drug or RNA drug that gets absorbed through mosquito feet causing the mosquitos to fall asleep or have torpor such that they omit eating and their lives last until they
run out of body reserves of food, another mild way to neutralize mosquitos is to make the bait have a mosquito food that is filling and delicious, but is absent the amino acids female mosquitos utilize to lay hatchable eggs, this could be combined with
mosquito contraceptives to preserve full lifetime but preclude reproduction. Male mosquitos and possibly prereproductive female mosquitos live off plant nectar. It is likely this plant nectar contains bacteria, and those bacteria could be genetically
engineered to make contraceptive RNA, peptides and proteins that effect both female and male mosquitos, if the bacteria also produce peptides that successfully tell the female she has eaten a protein meal without actually eating one then she omits
seeking a protein meal out and omits mammal seeking behaviors and omits biting, one thing the bacteria at the nectar could produce are mosquito epigenetic modifiers that reduce fertility and cause contraception.

It is my perception that it is possible to get 1100 small squares of paper out of a 1/4¢ sheet of paper and very cheaply print the paper with yeast food (starch is 45$/ton), yeast spores, some cysteine to make the yeast hyperproduce co2, color and scent
attractant to mosquitos, a deliquescent like nap a as well as mosquito contraceptives for 1¢ per sheet of treated printed paper, each $10 spent on this paper would create over a million pieces of biodegradable confetti, each with a co2 attractant, to
sterilize mosquitos, drones could sprinkle the confetti on anything considered mosquito habitat within the zone of travel of mosquitos, near any human construction, (say mosquitos usually only ever fly 2000 feet from their hatching space, so you only put
out mosquito bait confetti at a 2200 foot radius of any human habitation, saving expense) the paper could even be a transparent green starch gel to visually blend in. Notably it might be much cheaper than 1/4¢ per sheet at alibaba. Com kraft grocery bag
paper is 950/metric ton, and if a sheet of paper has a mass of 5 grams that is 200 sheets for 95¢ before printing.

nitrous oxide room at rave, fun park, or party venue, 20$ mosquito bait

I think there are already many papers about Replacing spark plugs with plural, and grating based massively plural laser beams, something new though might be having lasers on both the engine bulk cylinder head and the top flat area of the piston, the
purpose is that the two sides can Shockwave with laser pulses all of the dirt gunk and glaze so it comes right off, the two opposing laser diodes clean, do this with multiple laser diodes and there will always be some extra clean ones


Making mining orders of magnitude cheaper makes gathering the elements and minerals people value an order of magnitude cheaper. Some new to me technologies are biofilm disruption, where the bacteria are bred or rna/peptide drugged to turn quorum sensing
genes off, facilitating loose numerous bacteria, magnetic treatment of ore fluid bacteria, noting running wastewater through/at a magnet causes double digit increases in effectiveness, they could also breed the bacteria to have the greatest response to a
magnetic field, mining with electroactive bacteria or engineered yeast, and, to repeadetdly micro slice or chunks for greatest surface area, Making the world's cheapest photovoltaic water jet cutter. Photovoltaic are less than 14¢/watt at alibaba. Com,
so 300W is just $42, attached to a $20 water pump and $18 water jet cutter aperture/tube, so for just $90 (or double that for robustness) the rocks in a mineral ore leach heap can be sliced ten times smaller.

Thinking of a fluid that always moves with turbulent flow, one use of such a fluid is ore heap leaching, boiler fluid like power plants, and highly reactive droplets and fogs like from fuel injectors, some possibilities are that the fluid contains
suspended nano particles with a curved bluff shape like a parenthesis dish, with zig zags on the edges and a blob in the dish so the center of mass center of gravity of the dish is at a right angle of the dish. This might look kind of like a thing called
a dalcon shield, two varieties could be produced, one with positive electret character, one with negative electret character such that when the fluid was traveling past almost any surface, it would momentarily attach and detach from the surface,
hyperflixible most deposited protein from plasma, vibrio fischerri emits blue light, heap leaching organisms that emit light, possibly with on bacteria thicker parts that lens and concentrate the light, could energize heap leachate fluids right at the
mineral surface, yeast that do mitochondrial uncoupling that are also extremeophile yeast can warm heap leachate fluid possibly more than 60°F, creating 64 times more active enzymes from the doubling of enzyme activity with each 10° C, the yeast
utilize an energy source, either from the genes of bacteria that eat electricity, and local to the leach heap photovoltaics, or simply a gradual diffusion chunk of nutrient medium. Starch is $45/ton ands hfcs $300/metric ton online. If ten metric tons of
starch or hfcs feeds 3 metric tons of extremeophile yeast which accumulates aptamer peptides that glom metals, including heavy metals of value, with a 1/10th of 1 Part per hundred metals at mass of yeast produces 3 kg of concentrated valued heavy metals
per $45-300 yeast feeding occurrence. Also, along with heap leachates metal concentrating yeast and metals can be injected into laser drilled, micro disintegrated surrounding volume tube wells, previously described, to gather metal. To minimize human
effort, flying drones carryinging starch or hfcs could visit area spanning separate mini-mines that do heap leaching without roads, carrying at 10kg of food per trip, a trip every 29 minutes, 49 trips/24 hours 16000 kg of yeast food per $499 industrial
drone, and supporting the gathering of about 16 kg of highly valued metal. Yeast would in 2021 ad gather about 2 ounces of gold per 40 tons of ore dust, with as much as 98 ounces of silver with it, similar numbers are lekely for Pt, Ru, Pd, Os.

A highly beneficial mining yeast or bacteria would fizz like pop rocks on the minerals surface, facilitating diffusion of mining rock dissolving fluids. Some rock dissolving fluids, bacteria produce now are nitric and sulphuric acids and therefore yeast
can be engineered to make these as well, noting that bacteria produce nitric acid, I think it is possible for bacteria or yeast to make nonsoluble nitrogen explosives like nitrogen trichloride, polynitrophospholipids, polynitrocarotenes that
automatically detonate after reaching the size most likely to open space fracture ore to a 300 micrometer/24 hour explosive, that would microfracture to have open fluid passages traversing and comminuting about 10 cm of rock annually, which is to my
perception a large ore rock. Two different species of yeast or bacteria could also stir the leachate or in situ fluid by making bubbles of co2, h2, o2, it is possible electric bacteria or yeast, could, co2 bubbles at yeast water are related to metabolic
velocityfizz from ingredient recombination in the flukdone possibility for this fizzing action is the organism producing nitric acid then reacting it with polymers and C=c unsaturated molecules, on the human side, it is possible that a drone visiting
once every 11 hours could have a sonic transducer on a boom, and piezo sonically agitate the heap leachate pond or at roadless heap leachate ponds with a photovoltaic the ultrasonic transducer could be right in the pond vibrating at frequencies that
encourage mixing, and possibly vibrating at a frequency that decreases fluid freshness effecting biofilms

When I got a filling they drilled to reach a fresh tooth surface then filled and made a shape with a polymer, it seems like that at a different filling detached at the tooth polymer interface. Something as easy looking as a cotton swab could have a
piezoelectric vibrator on it, and just be placed on the completed filled tooth, before the uv hardening light to hypermix and superadhere the tooth and filling interface. With dental robots the placement of rebar between actual tooth and filling material
is automatic and obviates human dentist skills. The tooth rebar could be magnetically decreasing of bacterial growth, and the dental robot could use lasers for both drilling, and causing any filling and tooth interface outer edge to swell, beneficially
making the fissure between them kind of caulk beaded, I think laser peenanable for greater strength dental polymers can be engineered, these among many many uses (including consumer packaging 3-7 times less volume of polymer to make a strong display
package, a cardboard coating, and dwelling building materials, paint powders)

If laser preening of diamonds, amorphous fullerene glass, silicon carbide, and silicon nitride cause 30% to 3 to 7 times durability increase with hardness increase then many tools could last much longer, notably diamond bit petrochemical drills, CNC
machines, stamped metal stamping forms, extrusion forms, wireutters, semiconductor wafer saws, metal form making cookie cutter blades, the nozzles of water jet cutters would last longer, paper object like packaging form cutters, dwelling and commercial
construction tools, depthy, frequency, just before radiation emission range or above it, microshaped beams that always traverse at least three crystals, beams with a diameter smaller than the smallest crystal at an alloy, make grating then peen, moke
mushroom top column then peen, preening after a chemical or electrochemical bath that pulls off the loose stuff, preening through a cheap transparent coating, where the coating then reflects back emitted preening force onto the metal surface, producing
something like a shaped charge effect, silica gel could be such a cheap preening retro reflector reflector and be washable, at a new kind of laser preening, while the laser is zapping the surface pressure waves are produced and doing laser interferometry
with another laser tells when the surface pressure waves are most damped, that is when the materials has been made its stiffest and most durable, similarly, laser and computer camera viewing of the rate of atmospheric gas absorption, or ozone, and
desorption describes the amount of laser preening that is most resistant to chemical degradation chiral light, polarized light
Laser peening, or softening at half a cm to a cm depth with laserfoil it is also possible x ray leds or sticky tape smd light emitters could do cm depth peening or fluffing

Metamaterials can make 14-44 nanometer diameter light beams, peening with these can cause new effects from peening atoms in groups of just hundreds or thousands

The opposite of laser preening, laser fluffing could make metals and catalyst coatings their softest and most chemically reactive, possible ways are bulgy grid, narrow angle of incidence, laserfoil first radiation etching, nano liquefaction of metal
surface and multiple minutes of gently kep warm laser annealing

MRNA ejaculation or just prior to ejaculation fusion gene makes tail nestling peptides of 4 types, one blocks nerve receptor proteins at the genitals, and has lots of enzyme degradation spots so it lasts 16 minutes, and another peptide potentiates
genital nerve receptor proteins switching them to be hyper receptive, that peptide has a durability of 480 minutes, the third peptide is a tail nestling peptide drug that localize to the nucleus accumbens pleasure center, and the 4th peptide downregulate
delta fosb for 48 hours, this causes what was called the sexual refractory period to be replaced with 16 minutes of intense nucleus accumbens pleasure, without habitation, followed by genital nerve pleasure potentiated to be 4-8 times higher, combined
with previously described technology this causes the penis, clitoris, and vaginal canal to remain engorged with blood after orgasm

Based on the way teens and people in their 20's used the public sculpture garden as a playground and based on the way elementary school students use playgrounds I think teens could use a playground with activity forms at their body size. Also noting that
stainless steel ingot is 46¢ per kilogram it is beneficial to make multimillenia durable playground equipment that lasts much longer than Fe or some plastics at multimillenial stainless steel, ceramic, tempered glass or multimillenial polymer (pvdf,
fluoroPedot, white or buff colored fullerenes, including fluorofullerenes, variations on ptfe like ptfm, ptfp (methyl and propyl replace ethylene), the stainless steel could be laser grating etched to be brightly iridescent, with image glyphs showing
people with smiles using the playground equipment and the other materials could be made to emit light from quantum dots that convert ir and uv to visible roygbiv, quantum dots can also be used to make the playground equipment sapphire blue, blue sky blue,
rgb 255 blue, very light green pastel, light green spring leaf green, what could be called money green, and white. Among the possibilities for teen playground equipment are also playground floor material like multimillenial durability silicone nitrogen
bubble foams, or, if the krypton doesn't diffuse out, krypton foam padding, noting teenagers are likely to have sex at playgrounds long tables, stainless steel nautilus like exercise equipment where any elastic material is replaced with stainless steel
leaf springs, the exercise equipment is also surface etched for greatest adhering, including apertures, sputtering applied powder coating of ceramic or noting highest dielectric materials might be least warmth conductive, ultra high durability dielectric
sputtered on the surface so the stainless steel exercise equipment is thermally pleasant to touch, custom water at music traveling next to water effect, standing and oscillating waves, lounge able as swimming, sociable pool as well, everything, as with
all things on 3D video, audio, and hyperspectral imaging, with everything in focus, such as lytro camera, test 300 teenager playgrounds to find greatest happiness causing and highest light triad behaviors, words, and photonic at a distance, Wikipedia
ghost imaging brain scan data, digital thermography data, as well as body language both body and face observation to find the 4 most optimal teenager playgrounds, then use these as templates or standard models for teenager playgrounds worldwide. Also
along with multimillenial playground durability could be playground refills, such as placing 28 hackey sacks and 9 frisbees at the playground each 7 days, with the phrase Take me with you and share the fun printed at a detachable tag or sticker on the
hackey sack, Frisbee, sidewalk chalk, or other teenager playground refillable like 19¢ electronic toy (laser pointers are 19¢ at alibaba) like a flirty compatibility tester like a laser pointer with a retro reflective or Wikipedia ghost imaging light
sensor that simply measures brain area at specific locations simultaneous with glucose utilization, co2 generation or published measureables of photonic brain scanning, the 19¢ laser pointer with the 1-4¢ light sensor imager and 1-2¢ microprocessor
and memory chip and, advantageously a 3¢ iot and phone connection radio, is 24-28¢ and the teenager playground can be refilled with 22 of these each 7 days, it also has a removable sticker that says Take me with you, take me to school, take me to a
party, each compatibility matcher can process over 11k brain scans based on 1/28 of a second and 2021 batteries or better, to image a brain by holding it up to your forehead the iot version has the highly beneficial effect of creating a public database
of every user, the option of being contacted for parties, get togethers, visit the park occurrences, dates, sexual encounters, sort of teen mentorship occurences with other authentically brain scan compatible teens. One easy to appreciate way to fund the
teenager park refillable is at the funds utilized to build the park, set aside some funds as a teenager park investment, such as index funds, trust fund. At $8/week for all the refillables described $420 annually, withdrawn as 4‰ of the entire trust
fund of $11K. Philanthropists and adult people that have fond memories of teenager playgrounds, reachable at 1/10-3% (Wikipedia gets 3% of users to donate) of the population is 100-3000 appreciation donors per 100k population. At 4/5ths of 1% donating
800 donors at $27 each makes $22K, double the 11K amount to fully fund the teenager playground refillable trust fund in a single donation cycle. To minimize risk of the funds growing so large they attracted well intentioned revenue sharing, the amount of
initial funding of each teenager playground trust fund would be definitionally 33K (three times the amount that funds refills) or less, and any donations above that would be refunded with the internet like PayPal. The refund would come with a note that
says Super superb! Enjoy your refund, if you like click here to forward your donation to a teenager playground in a different location, here in the US, or globally.

Generator and motor technologies

Sexual pleasure vibrators technology, I favor new sexual pleasure vibrators be created using piezoelectric and piezo motor technology. It is possible to redesign the 35¢ 12000 rpm motor at alibaba to turn at 28K rpm, so it only makes noise outside the
range of human hearing, if you think of an insertion with clitoral stimulation vibrator like the rabbit vibrator or a multi inch wand vibrator, the off center thumping element on the vibrator motor could have a solid or hollow and resonant boom/beam
extending from the thumper to the pleasure contact surface such as the little ears of the rabbit or the round sphere distal at a wand sexual pleasure vibrator so they vibrate and feel good, a plurality of booms/beams could bring vibration to different
base, 2 at middle, 1 at tip areas of an insertive vibrator that pleasure the anterior a spot, back area o-spot, and can do a piezoelectric thing, pulsing traveling waves and moving wavefronts that surf through the vagina, depending on how you set it the
traveling wavefront can travel in with each inthrust, but at 1.5-3 times faster travel providing the woman or girl with a sensation of the vibrator or the inthrust being 1.5 to three times as fast, she could also opt for a standing wave of vibration on
her anterior pleasure spot no matter how fast she or her partner was moving the vibrator in and out it would always feel good, another mode of the traveling wave vibrator is that during repeated in and out, on the pull cycle the vibrator would actually
make an into vagina traveling wave faster than the pull out velocity, so when she pulls it out it feels like something is pleasurably entering her. Noting 28000RPM motor vibrator can just be the 12000rpm vibrator motor overdriven with 2.4 times higher
voltage from a voltage doubling diode circuit (1-2¢), and the motor can be re-engineered for durability so it tolerates higher rpms with things like double thick wire insulation, two solder posts for every connection, pfte white grease saturating the
winding, higher magnetism than ferrite parts 1¢, 1-2¢. microcontroller soft start. At some other electromagnet motors, an amorphous nanocrystalline material 3¢ could be used instead of ferrite
At the thumper part it reminds me of a bell, and a bell can be engineered to make preferred tones, preferred Ding Dong length, and other attributes, engineering the thumper to make only tones above 24k and the booms//beams to create beat frequencies from
that which give the woman or girl the most pleasure.

if the vibrator was 1/2 size motor and windings, double current provides full torque

Clitfinger cockring

Laser precedes or is at core of automated drone 1 pass one coat painting machines, the laser etches the surface being painted to have aperture containing vertical standing loops and annuluses such that the paint actually passes through and solidifies
within 3D anchoring passageways in the painted surface, this causes resistance to flaking off, peeling, layer separation peeling,

Laser preening could be applied to ultracapacitor plate material or film, I perceive I read metamaterial smoothness, bulk relaxation effects increase regularity, another way to do it is to use silicone embossing (germanium replaces some si atoms to make
a stronger mold) to emboss any of micro undulations that double or quadruple surface area, increasing capacitance, hypersmooth embossing that makes it so the plates can be placed 2,4,8,16 times nearer to each other to increase energy storage, also,
having a single layer of fluoridated lacey doily graphene as the entire space and spacer between the plates, at an ultracapacitor a fill gas stands between the plates, even at doily graphene, using xenon gas as that fill gas, lasers illuminating
ultracapacitor, opposite of photoelectric effect, the photocalming effect, lasers on DC ultracapacitor that pulse could make pulsed DC at trillions, quadrillion, petillions of pulses per second, which could direct drive terahz to petahz clock speeds at
computers like indium phosphide and faster transistor computers.


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